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If your Inventor models contain ilogic rules, it's a good idea to review them with a focus on Informed Design best practices before publishing your product definition.
Type:
Tutorial
Length:
3 min.
Transcript
00:03
If your inventor models contain logic rules.
00:06
It's a good idea to review them with a focus on informed design best practices.
00:12
Before publishing your product definition
00:15
here, the original rule is restructured into two separate rules.
00:20
First is an input rule to handle model parameter changes
00:25
and also a model rule which uses the parameter
00:28
changes to update or manipulate the inventor model.
00:33
Essentially we separate the input
00:35
logic rule from the model logic rule or rules
00:39
so that the input rule can be disabled and run instead from informed design.
00:45
Input rule.
00:46
Functionalities include logic to set the
00:49
minimum maximum or increment of parameter values
00:53
as well as logic to set multi
00:55
value parameter lists based on a condition or input value
00:60
and logic that involves formulas and equations to
01:03
drive input parameter values from other inputs.
01:08
Model rule functionalities include those that manipulate the inventor model,
01:13
including suppression states of features, components or constraints
01:18
as well as adding or removing assembly components or constraints,
01:23
setting component parameters or I property values
01:27
and updating or saving the document.
01:31
Input rules can exist in both logic and informed design
01:35
so that the model can be configured in inventor
01:38
as well as in rev it using informed design.
01:41
However,
01:42
we should ensure that logic input rules and
01:45
the informed design input rules are not in conflict
01:49
when using the model in informed design from rev it,
01:52
any I logic rules that might be in the inventor model
01:56
will be run after the informed design rules are run.
01:59
So if there is a conflict I logic rules will have the last say in the result.
02:05
In summary, it is best to keep logic input rules separate from model rules.
02:11
Input rules only involve input parameters in
02:14
the base model for driving configurations.
02:17
Model rules involve manipulating the inventor model as a
02:21
result of the parameter changes from input rules.
Video transcript
00:03
If your inventor models contain logic rules.
00:06
It's a good idea to review them with a focus on informed design best practices.
00:12
Before publishing your product definition
00:15
here, the original rule is restructured into two separate rules.
00:20
First is an input rule to handle model parameter changes
00:25
and also a model rule which uses the parameter
00:28
changes to update or manipulate the inventor model.
00:33
Essentially we separate the input
00:35
logic rule from the model logic rule or rules
00:39
so that the input rule can be disabled and run instead from informed design.
00:45
Input rule.
00:46
Functionalities include logic to set the
00:49
minimum maximum or increment of parameter values
00:53
as well as logic to set multi
00:55
value parameter lists based on a condition or input value
00:60
and logic that involves formulas and equations to
01:03
drive input parameter values from other inputs.
01:08
Model rule functionalities include those that manipulate the inventor model,
01:13
including suppression states of features, components or constraints
01:18
as well as adding or removing assembly components or constraints,
01:23
setting component parameters or I property values
01:27
and updating or saving the document.
01:31
Input rules can exist in both logic and informed design
01:35
so that the model can be configured in inventor
01:38
as well as in rev it using informed design.
01:41
However,
01:42
we should ensure that logic input rules and
01:45
the informed design input rules are not in conflict
01:49
when using the model in informed design from rev it,
01:52
any I logic rules that might be in the inventor model
01:56
will be run after the informed design rules are run.
01:59
So if there is a conflict I logic rules will have the last say in the result.
02:05
In summary, it is best to keep logic input rules separate from model rules.
02:11
Input rules only involve input parameters in
02:14
the base model for driving configurations.
02:17
Model rules involve manipulating the inventor model as a
02:21
result of the parameter changes from input rules.
Here, the original rule is restructured into two rules.
First is an input rule to handle model parameter changes.
And also a model rule which uses the parameter changes to update or manipulate the inventor model.
Essentially, we separate the input ilogic rule from the model ilogic rule or rules so that the input rule can be disabled and run instead from informed design.
Input rule functionalities include logic to set the minimum, maximum, or increment of parameter values.
As well as logic to set multi value parameter lists based on a condition or input value.
And logic that involves formulas and equations to drive input parameter values from other inputs.
Model rule functionalities include those that manipulate the Inventor model, including suppression states of features, components, or constraints, as well as adding or removing assembly components or constraints, setting component parameters or eye property values and updating or saving the document.
Input rules can exist in both ilogic and Informed Design. So that the model can be configured in Inventor, as well as in Revit using Informed Design.
However, we should ensure that ilogic input rules and the informed design input rules are not in conflict.
When using the model in Informed Design from Revit, any ilogic rules that might be in the Inventor model will be run after the Informed Design rules are run. So if there is a conflict, ilogic rules will have the last say in the result.
In summary, it is best to keep ilogic input rules separate from model rules.
Input rules only involve input parameters in the base model for driving configurations.
Model rules involve manipulating the Inventor model as a result of the parameter changes from input rules.
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